=liigggi = 
I volumi calcolati in base a questi si trovano riuniti nella tabella riportata 
qui sotto. 
Tabella LXIII. 
TEMPERATURA VOLUME TEMPERATURA VOLUME TEMPERATURA VOLUME 
Timolo, 
170 1,00000 350 1,01461 58° 1,02973 
18 1,0008383 36 1,01545 54 1,03057 
19 1,00117 | 37 1,01629 55 1,03141 
20 i 1,00201 38 1,01713 56 1,03225 
21 10085. | 39 1,01797 57 1,03309 
22 1,00369 | 40 1,01881 58 1,03393 
23 1,0045383 41 1,01965 59 1,083477 
24 1,00537 49 1,02049 60 1,03561 
25 1,00621 43 1,02133 61 1,08645 
26 1,00705 44 1,02217 62 1,03729 
27 1,00789 45 1,02301 63 1,03813 
23 1,00873 46 1,02385 64 1.03897 
29 1,00957 | 47 1,02469 | 65 1,03981 
30 1,01041 48 1,025583 66 1,04065 
81 1,01125 49 1,02637 | 67 1,04149 
32 1,01209 50 1,02721 68 1,04233 
33 1,01293 51 1,02505 69 1,04317 
34 1,01377 | 52 1,02889 70 1,04401 
Anetolo. 
109,9 1,00000 190 1,00688 280 | 1,01453 
11 1,00008 20 1,00773 29 1,01538 
19 1,00093 21 1,00858 30 1,01623 
13 1,00178 22 1,00948 81 1,01708 
14 1,00263 23 1,01028 32 1,01793 
15 1,00348 24 1,01113 33 1,01878 
16 1,00433 25 1,01198 84 1,01968 
17 1,00518 26 1,01283 
18 1,00603 27 1,01368 
Acido acetico. 
49,9 1,00000 12° 1,00752 20° 1.01600 
5) 1,00010 13 1,90858 21 1,01706 
6 1,00116 14 1,00964 22 1,01812 
7 1,00222 15 1.01070 29 1,01918 
8 1,00328 16 1,01176 24 1,02024 
9 1,00434 17 1,01282 | 25 1,02130 
10 1,00540 18 1,01388 I 26 1,02236 
11 1,00646 19 1,01494 
Crediamo inutile in questo caso di costruire le curve relative ai quozienti diffe- 
renziali: evidentemente se non si considerano che le differenze relative ad un grado 
